search for: 60x60

It is my User.rb model, My images are not stored in my assets directory.. has_attached_file :photo, :styles => { :small => "100x100#", :large => "500x500>", :thumb => "60x60>" }, :url => "/assets/users/:id/:style/:basename.:extension", :path => ":rails_root/public/assets/users/:id/:style/:basename.:extension" validates_attachment_presence :photo validates_attachment_size :photo, :less_than...

...lt;p>Carry-less multiply can also be used to implement Erasure code efficiently. [14]</p><p>==clmul lowering without hardware support==<br />A 8x8=>16 clmul can also be lowered to a 32x32=>64 multiplication when there is no specialized instruction (also 15x15=>30, to a 60x60=>120, or if bitreverse is available 16x16=>32 to TWO 64x64=>64 multiplications)[3].</p><p>[1] <a href="https://en.wikipedia.org/wiki/Carry-less_product">https://en.wikipedia.org/wiki/Carry-less_product</a><br /><a href="https://en.wikipedia.o...

...oad. The problem is when i try to upload a file (or 2, or 3) sometimes it works, but sometimes i get this in the log file: "bar_image"=>{"file_temp"=>"", "file"=>#<StringIO:0xb4b08268>} and the picture is not saved. the pictures i upload are 60x60 and there is no file_column validations or limitations at all. when uploading larger images (500x500 for ex.) it works. anyone? --~--~---------~--~----~------------~-------~--~----~ You received this message because you are subscribed to the Google Groups "Ruby on Rails: Talk" group....

...with most nonzero values near the main diagonal, CURR is an n x 1 vector: the MATALAB script: P = G \ CURR; % matrix left-divide QG = qr(G) P = qr.coef(QG, CURR) The answer we get matches that of the MATLAB code for small (60x60) problems. But, execution times are much longer (40 minutes, compared to 2 minutes for the MATLAB script) Also, the R version cannot accommodate a solution matrix greater than aprox 10,000 x 10,000 elements,while the MATLAB script has generated solutions for 10**6 x 10**6 solution matrices. My q...

...t;>  Carry-less multiply can also be used to implement Erasure code efficiently. [14] >> >>  ==clmul lowering without hardware support== >>  A 8x8=>16 clmul can also be lowered to a 32x32=>64 multiplication when there is no specialized instruction (also 15x15=>30, to a 60x60=>120, or if bitreverse is available 16x16=>32 to TWO 64x64=>64 multiplications)[3]. >> >>  [1] https://en.wikipedia.org/wiki/Carry-less_product >>  [2] (page 30) https://raw.githubusercontent.com/riscv/riscv-bitmanip/master/bitmanip-0.92.pdf >>  [3] https://www.bear...

...ll out-of-the-box ideas I've come up with and tried haven't gotten me much farther. I've now practically exhausted my creative thinking, and I'm becoming very frustrated. I'd really like to get this script going since my current one would make my life hell for large populations (60x60 population matrices). Any ideas on how I could move forward? Many, many thanks! Marta [[alternative HTML version deleted]]

...rsers. [16] > > Carry-less multiply can also be used to implement Erasure code efficiently. [14] > > ==clmul lowering without hardware support== > A 8x8=>16 clmul can also be lowered to a 32x32=>64 multiplication when there is no specialized instruction (also 15x15=>30, to a 60x60=>120, or if bitreverse is available 16x16=>32 to TWO 64x64=>64 multiplications)[3]. > > [1] https://en.wikipedia.org/wiki/Carry-less_product > [2] (page 30) https://raw.githubusercontent.com/riscv/riscv-bitmanip/master/bitmanip-0.92.pdf > [3] https://www.bearssl.org/constanttim...

Hello, I''m having some trouble with forms, my app allows to enter data by using a multi-step form that has 7 steps. There are 3 steps that may let the user to add 1 form, for example there''s a step called "children" and that children has the following fields: * name * age * gender but one father may have more than 1 child and I''m adding another form with

...>> Carry-less multiply can also be used to implement Erasure code efficiently. [14] >> >> ==clmul lowering without hardware support== >> A 8x8=>16 clmul can also be lowered to a 32x32=>64 multiplication when there is no specialized instruction (also 15x15=>30, to a 60x60=>120, or if bitreverse is available 16x16=>32 to TWO 64x64=>64 multiplications)[3]. >> >> [1] https://en.wikipedia.org/wiki/Carry-less_product >> [2] (page 30) https://raw.githubusercontent.com/riscv/riscv-bitmanip/master/bitmanip-0.92.pdf >> [3] https://www.bearssl...